![cis to cyme cis to cyme](https://ars.els-cdn.com/content/image/1-s2.0-S0969806X21003467-gr2.jpg)
Les auteurs examinent ici la divergence de l’architecture florale en analysant la morphologie d’un congénère sauvage de la tomate, le Solanum pimpinellifolium L., et quatre lignées domestiquées du Solanum lycopersicum L.
![cis to cyme cis to cyme](https://16.img.avito.st/640x480/4098959216.jpg)
Les inflorescences en cyme sont déterminées, alors que les inflorescences en racème sont indéterminées. On a caractérisé l’inflorescence de la tomate comme une cyme ou un racème. This demonstrated the usefulness of wild relatives of tomato as a tool to further understand flower and fruit development in this crop species. In addition, S. pimpinellifolium produced many more flowers in a highly regular manner when compared with the cultivated types. Thus, tomato inflorescences should be classified as a cyme with the note that the inflorescence meristem does not terminate into a flower and, in fact, maintains indeterminacy. Floral buds were formed concomitantly with the development of the inflorescence meristem and not on the flanks of the peduncle, a characteristic of racemose growth. Nevertheless, our results demonstrated that tomato inflorescences are indeterminate in nature regardless of the line studied. Interestingly, higher fruit carpel number was associated with delayed floral development, which might give the impression of determinate growth in some of the lines. Careful observation of developing inflorescences of both species showed a bifurcation of the meristem into a determinate floral and an indeterminate inflorescence meristem. In this study, we addressed the discrepancy in inflorescence architecture by analyzing the morphology of a wild relative of tomato Solanum pimpinellifolium L. and four domesticated Solanum lycopersicum L. lines. Cymose inflorescences are determinate, whereas racemose inflorescences are indeterminate. 5 seconds.The inflorescence of tomato has been characterized as either a cyme or raceme.
#Cis to cyme archive#
(4) We are looking at using PI to archive our system frequency at a sub second rate, between. (3) Please discuss the Basics of load forecasting and manipulating trends and how others are handling this we should discuss all capabilities to perform alarms with PI including PI Alarm, VBA, PI ACE, PI Process Templates (2) We need a dynamic alarm package to set alarms up on the fly. A presentation stepping through the roles and responsibilities of these FTE's would be interesting. Understanding each utility is different a poll of the group to obtain the average FTE used by the utilities would be of value.
#Cis to cyme full#
(1) The average cost per point (how many full time equivalents) to administer PI system for the T&D system. Scott and Ray will host an open discussion which includes topics such as: PGE has done a lot of work automating their MV90 data. PGE has an application that takes Intergraph, CIS, and PI data and feeds these data into the CYME Feeder analysis application. They have developed standards around many implementation strategies and their use of PI has evolved to include innovative uses of PI for alarming from substations down to the distribution system they also use PI AlarmView.